A scientist studying solubility increased the temperature of a constant volume of water and measured the amount of sugar that dissolved into solution... Which of the following describes the relationship between the independent and dependent variables?
As the water temperature increased, the amount of dissolved sugar increased.
This relationship indicates that higher temperatures generally enhance the solubility of sugar in water, allowing more sugar to dissolve as the thermal energy increases.
This statement incorrectly suggests that an increase in dissolved sugar would lead to a decrease in water temperature. However, the solubility of sugar typically increases with temperature, meaning that more sugar can dissolve at higher temperatures rather than causing a cooling effect.
This choice accurately reflects the observed relationship in solubility. Higher temperatures provide more kinetic energy to the water molecules, which helps break the intermolecular forces of the sugar, resulting in greater amounts dissolving in the solution.
While it is true that the volume of water remains constant in this scenario, this statement does not describe the relationship between the independent variable (temperature) and the dependent variable (amount of dissolved sugar). It simply states an unrelated fact about the water.
This statement is incorrect, as increasing the temperature of water does not reduce its volume. In fact, if anything, it may lead to slight expansion of the water, but this does not directly correlate with the amount of sugar that can dissolve.
The relationship between temperature and solubility is crucial in understanding how substances interact in solutions. In this case, increasing the temperature of water enhances the solubility of sugar, allowing more to dissolve. Thus, the correct description of the relationship is that as the temperature of the water increases, the amount of dissolved sugar also increases, highlighting the importance of temperature in solubility dynamics.
Related Questions
View allWhich hypothesis was Dilger testing in his experiment?
The Punnett square below shows a cross between a male long-haired cat...
The equation for photosynthesis is often written as shown below. Based...
A diagram of a PV cell being exposed to sunlight is shown below. Click...
Why is the conclusion about gene variation among cheetahs from Sommer'...
Related Quizzes
View allGED Mathematical Reasoning
GED Mathematical Reasoning Answers
Mathematical Reasoning GED
GED Reasoning Through Language Arts
GED Reasoning Through Language Arts Practice Test
GED Science Test Prep
Sample GED Social Studies Test
Social Studies GED Test
- ✓ 500+ Practice Questions
- ✓ Detailed Explanations
- ✓ Progress Analytics
- ✓ Exam Simulations